The PAMPA Coal-Fired Power Plant Project is located in Candiota, Rio Grande do Sul, Brazil. The project involves the construction of a single 345 MW coal-fired generating unit and is invested by Tractebel Energia, a Brazilian subsidiary controlled by France’s GDF SUEZ Group (now ENGIE).

The MDS9MVI series medium voltage ATS is an integrated medium voltage automatic transfer switch cabinet independently developed by Midas Electric. It complies with the group standard "Medium Voltage Transfer Switch Electrical Apparatus and Switchgear Assemblies" as well as relevant IEC and GB standards. The product features dual mechanical and electrical interlock mechanisms, along with advanced control functionalities.

ME provided 10kV medium-voltage automatic transfer systems for the “China Mobile (Guizhou) Big Data Center Phase II – Guizhou Mobile Gui’an IDC Project (Provincial No.18 Gui’an M&E Engineering Project)” and delivered them on schedule in July 2019. Upon delivery, ME actively supported the on-site work and provided in-person assistance based on actual project needs. When the client expressed deeper functional requirements for transfer switching, ME swiftly allocated materials and dispatched experienced technical personnel to carry out commissioning. The team successfully completed the standalone commissioning and passed the third-party functional interlock testing in one go, contributing to the smooth delivery of the project.

In the captive combined heat and power project located in the Chifeng Economic Development Zone of Inner Mongolia, Midas Electric manufactured and supplied its MDS9ST Series Static Transfer Switches (STS).The MDS9ST Series is suitable for critical applications that are highly sensitive to power interruptions, including automation systems in the power industry, power supply systems in petrochemical plants, computer and internet data centers, financial data centers, and building automation and security systems in intelligent facilities.Unlike traditional automatic transfer switches, the STS utilizes advanced algorithms and bidirectional thyristor switches with integrated protection systems to continuously monitor the status of two power sources and intelligently select the preferred source.